Design of closed loop boost converter

A Boost converter or step-up switch mode power supply that can also be called a switch mode regulator. It steps up the input voltage to produce a higher output voltage. The popularity of a switch mode regulator is due to its high efficiency, compact size, and low cost. The pdf for the modeling of the above converter is attached with this post. A matlab file of closed loop boost converter is also attached

http://www.mediafire.com/file/82ol2z748do9626/controlboost.pdf/file
http://www.mediafire.com/file/st9dycp1htubtjj/single_boost.mdl/file

Shiraz Power Electronics Blog : Second Book on Switching Power Supplis

Shiraz Power Electronics Blog : Second Book on Switching Power Supplis: Cook Book by Marty Brown uploaded

Shiraz Power Electronics Blog : File for size of wire in terms of SWG and AWG uplo...

Shiraz Power Electronics Blog : File for size of wire in terms of SWG and AWG uplo...: File for size of wire in terms of SWG and AWG uploaded

Shiraz Power Electronics Blog : Book of Power Electronics by Daniel Hart uploaded

Shiraz Power Electronics Blog : Book of Power Electronics by Daniel Hart uploaded: Good book for beginners in power electronics

Shiraz Power Electronics Blog : Power electronics by Daniel Heart uploaded

Shiraz Power Electronics Blog : Power electronics by Daniel Heart uploaded: Very good book on basic concepts of Power electronics by Daniel Heart is uploaded, which is very useful for beginners.

Shiraz Power Electronics Blog : Document for Design of Off Line Flyback Converter ...

Shiraz Power Electronics Blog : Document for Design of Off Line Flyback Converter ...: This paper reviews one method of enabling a discontinuous−mode flyback converter to operate beyond its traditional range of input voltage o...

Document for Design of Off Line Flyback Converter based Switching Power Supply

This paper reviews one method of enabling a discontinuous−mode flyback converter to operate beyond its traditional range of input voltage of 3:1 to a range of more than 6.6:1 without affecting the reliability of its operation. This is done by changing its mode of operation and the use of recently available power MOSFETs with breakdown voltage ratings of 1,200 V.